
Relé Térmico 2,2-3,2A S0 - 3RU2126-1DB0 - Siemens
SKU 3RU2126-1DB0 · Unidad base: unit
Producto Siemens. Referencia del fabricante: 3RU2126-1DB0. Overload relay 2.2...3.2 A Thermal For motor protection Size S0, Class 10 Contactor mounting Main circuit: Screw Auxiliary circuit: Screw Manual-Automatic-Reset Características técnicas: product designation: thermal overload relay; product type designation: 3RU2; size of overload relay: S0; size of contactor can be combined company-specific: S0; power loss [W] for rated value of the current at AC in hot operating state: 5.7 W; ● per pole: 1.9 W; type of calculation of power loss current-dependent: quadratic; insulation voltage with degree of pollution 3 at AC rated value: 690 V; surge voltage resistance rated value: 6 kV; ● in networks with ungrounded star point between auxiliary and auxiliary circuit: 440 V; ● in networks with grounded star point between auxiliary and auxiliary circuit: 440 V; ● in networks with ungrounded star point between main and auxiliary circuit: 440 V.
Ingresa o regístrate para consultar el stock registrado.
Ingresar ↗La solicitud no reserva mercadería ni confirma un pedido.
Consultar ficha técnica ↗Características del producto
- product designation
- thermal overload relay
- product type designation
- 3RU2
- size of overload relay
- S0
- size of contactor can be combined company-specific
- S0
- power loss [W] for rated value of the current at AC in hot operating state
- 5.7 W
- ● per pole
- 1.9 W
- type of calculation of power loss current-dependent
- quadratic
- insulation voltage with degree of pollution 3 at AC rated value
- 690 V
- surge voltage resistance rated value
- 6 kV
- ● in networks with ungrounded star point between auxiliary and auxiliary circuit
- 440 V
- ● in networks with grounded star point between auxiliary and auxiliary circuit
- 440 V
- ● in networks with ungrounded star point between main and auxiliary circuit
- 440 V
- ● in networks with grounded star point between main and auxiliary circuit
- 440 V
- shock resistance according to IEC 60068-2-27
- 8g / 11 ms
- reference code according to IEC 81346-2
- F
- Substance Prohibitance (day/month/year)
- 10/01/2009
- SVHC substance name
- Lead CAS-No. 7439-92-1
- Net Weight
- 0.186 g
- installation altitude at height above sea level maximum
- 2 000 m
- ● during operation
- -40 ... +70 °C
- ● during storage
- -55 ... +80 °C
- ● during transport
- -55 ... +80 °C
- temperature compensation
- -40 ... +60 °C
- relative humidity during operation
- 10 ... 95 %
- number of poles for main current circuit
- 3
- adjustable current response value current of the current-dependent overload release
- 2.2 ... 3.2 A
- ● rated value
- 690 V
- ● at AC-3e rated value maximum
- 690 V
- operating frequency rated value
- 50 ... 60 Hz
- operational current rated value
- 3.2 A
- operational current at AC-3e at 400 V rated value
- 3.2 A
- — at 400 V rated value
- 1.1 kW
- — at 500 V rated value
- 1.5 kW
- — at 690 V rated value
- 2.2 kW
- design of the auxiliary switch
- integrated
- number of NC contacts for auxiliary contacts
- 1
- ● note
- for contactor disconnection
- number of NO contacts for auxiliary contacts
- 1
- number of CO contacts for auxiliary contacts
- 0
- ● at 24 V
- 3 A
- ● at 110 V
- 3 A
- ● at 120 V
- 3 A
- ● at 125 V
- 3 A
- ● at 230 V
- 2 A
- ● at 400 V
- 1 A
- ● at 690 V
- 0.75 A
- ● at 60 V
- 0.3 A
- ● at 220 V
- 0.11 A
- contact rating of auxiliary contacts according to UL
- B600 / R300
- trip class
- CLASS 10
- design of the overload release
- thermal
- ● at 480 V rated value
- 3.2 A
- ● at 600 V rated value
- 3.2 A
- ● for short-circuit protection of the auxiliary switch required
- fuse gG: 6 A, quick: 10 A
- mounting position
- for mounting on contactors: with a vertical mounting plane +/-135° rotatable & +/- 22.5° tiltable, stand-alone installation: with a vertical mounting plane +/-135° rotatable and +/-45° tiltable; for more details see manual
- fastening method
- Contactor mounting
- height
- 85 mm
- width
- 45 mm
- depth
- 85 mm
- product component removable terminal for auxiliary and control circuit
- No
